Breakthroughs don't come from nowhere.
They come from elsewhere.

What does a kingfisher have to do with the world's fastest train?
How did origami inspire NASA's solar arrays?

History's greatest breakthroughs
came from unexpected connections.

Kingfisher's beak inspiring Shinkansen bullet train
Kingfisher's beakShinkansen bullet train

But these moments of insight were rare.
Unpredictable. Uncontrollable.
Like trying to catch lightning.

Our Framework
S
Search
Discover solutions from unexpected domains that keyword search can't find
M
Map
Translate distant inspirations into actionable concepts for your problem
A
Adapt
Extract transferable principles and apply them with your domain expertise
R
Refine
Explore branching possibilities and iterate toward breakthrough solutions
T
Test
Identify evidence paths, potential partners, and feasibility signals early
Built on a decade of peer-reviewed research at CMURead our white paper

What if you could capture lightning?

A decade of peer-reviewed research into how breakthroughs actually happen.
Now we're making them repeatable.

SOURCE

Now we're building
the power grid.

Analogical Engines turns serendipity into a system.

An AI platform that helps R&D teams escape fixation and discover non-obvious solutions from unexpected domains.

As seen in

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Selected Articles

Analogical Engines
Coming Soon

Get Involved

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From the researchers at

Carnegie Mellon UniversityHuman-Computer Interaction Institute